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Engineering Projects for solving Campus Problems (EPIP)

Scope: Across its three campuses – CUPB, CUHP and CIS, there is a community of 10000 students, faculty and staff. In its day-to-day and other operations, the campus administration faces a multitude of problems. These problems require engineering solutions. Through EPIP we bring these problems to the table, curate them to become design statements. Faculty and students to come together and propose solutions (most of them interdisciplinary in nature) to compete in Chitkara University’s Annual Problem Solving Challenge – NOVATE each year in April – May.

The problems will be static on the website of NOVATE, till their solution is found out and deployed. Such problems will then be removed from NOVATE portal and new ones will be added.

Assessment and Evaluation: If a student chooses this vertical, he will have to work on either the chosen and identified problem as a whole or on a part of it, as deemed fit by the department / mentor faculty. The projects will be assessed / evaluated (for academic purpose) by a committee constituted by the department. Best problem solutions from various semesters / streams can combine together to participate in the annual problem Solving challenge – NOVATE by April end / early May to compete for the prizes.

Mobile App Development for Birth Registration

Project Description

This project is having a unique idea of creating a software mobile app development related to Birth/Death Registration Integration with Services which is never been created before. This provides the facility of generating an online birth/death certificate.

Mobile APP for GST and E-way Billing System

project Description

Identifying signature in the wild

Project Description

The purpose of this project is to propose a robust framework for biometric identification in the wild system. The project intends to enhance biometric identification in the wild using state of art platforms, techniques and systems

Green Irrigation

Project Description

This project is based on the various automated irrigation techniques available to the farmer. The key objective of this paper is to provide a solar powered microcontroller based automated irrigation system. Minimization of human intervention in farm land irrigation can be done by using this automated technology.

Project Description

Food Ordering System

Project Description

Food business usually will have high demand and hence online business prospect for food ordering should be profitable. We will provide an easily accessible interface wherein the customer can view and place the order easily.

Temperature Humidity Sensor

Project Description

This project monitors data through wireless sensor network for measurement of temperature and humidity. All the measured data is transmitted from the site to the LCD device. This way a wireless system is designed which is autonomous and can monitor as well as control the physical or environmental conditions, such as temperature and humidity and could stream the respective data to the control station.

Human Activity Recognition
Solar Power Station (SPS)

Project Description

Automatic human activity recognition systems capture the state of the user by using different sensors attached to the user’s body and monitors number of physiological signals which reflects the state of human actions.

Traffic & Accident management

Project Description

Traffic & Accident management in India is a complex activity given the number of riders & automobiles we have. Using the existing video feeds that come through the cameras positioned on highways, traffic signal & busy roads, detection can be done for following events 1) Bike riders who are riding without helmets 2) Count of vehicles that are passing through a signal/road at any given point in time. It should allow report generation on various parameters. 3) Ability to read vehicle no & track & search.

Smart Water Supply in farming

Project Description

Water plays a fundamental role in farming and anybody planning to set out as a farmer must consider the availability of a reliable water source near the place where he or she intends to put up the farm. Water is very important for both livestock and for plants. It forms a large part of all plant tissues as well as being an essential component of all animal body cells. During farming a lot of water is supplied to the fields and extra water is supplied to the farming fields which results in destroy of crops. A system should be developed that allows supplying the water to the fields according to the soil moisture.

Facial Recognition Visitor Management System

Project Description

Facial Recognition Visitor Management System which is specially designed to keep track of visitors coming and going in and out of the premises. With this system you will be able to expedite the visitor registration process, determine who is still inside of your facility and notify the system users once the banned visitor intends to sign in or sign out. This system utilizes the latest technology which can enhance the security of the facility. Employees and visitors will feel more secure and protected. It will create a great first impression to visitor and enhance the organization image. Develop an facial recognition system that can features like watch-list as a service, predictive analysis, scalable or can have built in privacy protection.

Wireless or Wired Water Level Indicator

Project Description

Wireless or Wired Water Level Indicator Using sensor & microcontrollers is an amazing and very useful project. The objective of this project is to notify the user the amount of water that is present in the overhead water tank. This project can be further enhanced to control the water level in the tank by turning it ON, when the water level is LOW, and turning it OFF when the water level is HIGH. Thus, the water level indicator helps in preventing wastage of water in overhead tank using wireless or wired techniques.

Smart Vehicle System

Project Description

Wireless communication technologies have emerged vehicular networks in the forms of Intra-Vehicle (InV), Vehicle-to-Vehicle (V2V) and Vehicle-to- Infrastructure (V2I) communications. These technologies enable a variety of applications for driver and passenger needs, such as safety, convenience and entertainment facilities incorporated into modern automobile designs. Develop a system that used to exchange useful information between V2V via vehicular networks that helps in exchanging information about their state, view of current road, navigation information and other general information about weather report and digital map update.

E-Greivance System In Indian Railway

Project Description

To understand the various factors that influence the employees to retain in the organization and support the management in future To bring out these factors to the management concerning the employees to improvise the organisational performance

Content Management System

Project Description

To promote open dialog and encourage community building in which users can exchange opinions, ideas and attitudes.It is an open platform that connects students through their innovative art of expression.